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Fluke Studios
YEAR:
2021
Qatar-based fashion label Fluke Studios makes trendy, high-quality apparel that's both comfy and practical. That releases limited-edition merchandise at different shopping points in different locations
INFO:
Fluke Studios creates unique one-of-a-kind, handcrafted garments produced from eco-friendly materials including repurposed leather and textiles. Their collection is known for its reliability and endurance thanks to the high quality of its individual pieces. In addition, they have special editions of their products that are only sold in selected locations, giving their customers a chance to feel like VIPs as they shop with Fluke Studios.
GOAL:
STYLE GUIDE
, ensuring biometric data is protected from the moment of touch. Match-in-Sensor Architecture
As of the current market cycle, while Synaptics has shifted some focus to optical and ultrasonic sensors (in partnership with others), the FS7605 remains in production due to high demand from security-sensitive industries. The PurePrint™ algorithm continues to receive over-the-air updates via host drivers, meaning deployed devices get smarter over time as Synaptics trains its neural network on new spoof methods. synaptics fs7605 touch fingerprint sensor with pureprint-tm-
The FS7605’s defining feature is —a proprietary, hardware-accelerated liveness detection engine that operates on-chip. Traditional fingerprint sensors can be fooled by high-resolution 2D prints (paper, film, silicone) or 3D gelatin molds. PurePrint™ uses machine learning classifiers to analyze minute, subtle differences between live skin and artificial materials. , ensuring biometric data is protected from the
: Through a modular software architecture, Synaptics can update PurePrint drivers to counter new spoofing techniques as they emerge. Hardware-Level Protection: Match-in-Sensor : Through a modular software architecture, Synaptics can
The FS7605 with PurePrint™ targets environments where anti-spoofing is paramount:
Furthermore, the FS7605 typically supports match-on-chip or secure match-in-sensor architectures. This means that the fingerprint template matching occurs within the secure enclave of the sensor or the device's processor, rather than being exposed to the main operating system. This architectural choice isolates biometric data from potential malware or hacking attempts on the main software environment.
